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Working with Qualitative Data Christine Maidl Pribbenow Wisconsin Center for Education Research cmpribbenow@wisc.edu. Session Outline. General discussion about educational research, assumptions and to contrast educational research with research in the sciences
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Working with Qualitative DataChristine MaidlPribbenowWisconsin Center for Education Researchcmpribbenow@wisc.edu
Session Outline • General discussion about educational research, assumptions and to contrast educational research with research in the sciences • Define common qualitative analysis terms • Code text and discuss
What are some of the assumptions that you have about educational research?How are they helping or hindering the development of your study?
“Soft” knowledge Findings based in specific contexts Difficult to replicate Cannot make causal claims due to willful human action Short-term effort of intellectual accumulation– “village huts” Oriented toward practical application in specific contexts “Hard” knowledge Produce findings that are replicable Validated and accepted as definitive (i.e., what we know) Knowledge builds upon itself– “skyscrapers of knowledge” Oriented toward the construction and refinement of theory Research in the sciences vs. research in education
Qualitative Data Analysis Qualitative analysis is the “interplay between researchers and data.” Researcher and analysis are “inextricably linked.”
Qualitative Data Analysis • Inductive process • Grounded Theory • Unsure of what you’re looking for, what you’ll find • No assumptions • No literature review at the beginning • Constant comparative method • Deductive process • Theory driven • Know the categories or themes using rubric, taxonomy • Looking for confirming and disconfirming evidence • Question and analysis informed by the literature, “theory”
Definitions: Coding and Themes • Coding process: • Conceptualizing, reducing, elaborating and relating text – i.e., words, phrases, sentences, paragraphs. • Building themes: • Codes are categorized thematically to describe or explain phenomenon.
Let’s Code #1 Read through the reflection paper written by astudent from an Ecology class and highlight words, parts of sentences, and/or whole sentences with some “code” attached and identified to those sections.
Let’s Code #2 Read through this reflection paper and code based on this question: What were the student’s assumptions or misconceptions before taking this course?
Let’s Code #3 Read through this reflection paper and code based on this question: What did the student learn in the course?
Can we say that the students learned something in the course using reflection papers? Why or why not?
Ensuring “validity” and “reliability” in your research • Use mixed methods, multiple sources. • Triangulate your data whenever possible. • Ask others to review your design methodology, observations, data, analysis, and interpretations (e.g., inter-rater reliability). • Rely on your study participants to “member check” your findings. • Note limitations of your study whenever possible.